Prof. Y. Walid Jamil Bizreh is among the world’s top scientists in his field of chemistry; he is the Chair of the Unit of Catalyst and Adsorptions . Dr.Y. Walid Bizreh harvested twelve different scientific patents relating to the diverse fields of Chemistry; four of which were presented, examined and passed successfully as novelty by WIPO;WIPO is the World Intellectual Property Organization, United Nations, headquartered in Geneva Switzerland, it is the world’s highest authority for intellectual property. Dr. Bizreh has authored eight books that are core curriculum in different universities in the Mediterranean region and participated in translating others. Prof. Bizreh won the best invention award in 2014 for inventing a device for measuring catalytic activity of the conversion of NOx, CH, and CO emitted from vehicles’ exhausts. In addition, he won the best invention award in 2009 for inventing a Hybrid Molecular Sieve, and he won the best invention award in 1988 on his invented method for impairment of Betntonite (Sand) to meet the O.C.M.A. conditions for drilling mud. During the best invention competition of 2014, he was reminded by many that the diversity, enormity and benefit of his inventive work is comparable to that of an entire institution. Among his breakthrough environmentally momentous inventions was inventing a method for converting the high sulfur content petroleum-Cock to an ion-exchanger for water treatment. In addition, he invented a method for the desulphurization of Petroleum-Cock to achieve a lesser content of Sulfur that meets the conditions of ASTM. Prof. Bizreh focused his hard work on the quality of scientific research rather than focusing on the quantity, and he attentively chose his research prioritizing the economic and environmental topics, because of their higher purpose of serving humanity. Prof. Y. Walid Bizreh’s diverse scientific research, contribution to human knowledge, and innovation of breakthrough environmentally friendly industrial solutions took decades of unrelenting devotion to the advancement of human knowledge and life on earth. His work focused on contributing to the local economies through making use of neglected raw materials, industrial wastes recycling and sustainability. He held several positions worldwide including the position of a professor at Damascus University, a visiting scientist at the University of Delaware, and the Chief Editor of the Damascus University Scientific Magazine. His breakthrough innovations focused on developing environmentally friendly solutions for a diverse array of industries and rallying for sustainable manufacturing. his inventions included the creation of a hybrid molecular sieve for the removal of OMWW, Olive Mill Waste Water. In addition, the conversion of the harmful carbon monoxide and pollutants emitted from vehicles combustion engines’ exhausts by inventing a novel method for building a catalytic converter at a fraction of the cost. His inventions also included inventing an economical and eco-friendly Oil Drilling mud for potential use by the oil industry; his unrelenting research ,which lasted decades, was devoted for developing environmentally friendly products capable of benefiting industries with added value products and key industrial niches. Prof. Bizreh established one of the few factories of its kind devoted for producing the active ingredient in detergents based on his invention of Perborate, as a substitute of TAED (Tetra Atetel Etelene De Amin).He later developed a patented chlorine free and environmentally friendly multipurpose cleaning agent .In addition, he invented adsorbents, made from raw material, capable of absorbing Tar and Nicotine resulting from the burning process of cigarettes and tobacco. Dr. Bizreh held numerous scientific research collaborations and publications in four of the world’s continents and participated in various scientific conferences and symposiums around the world. Dr. Bizreh’s research work includes premièring several research studies, including numerous Master’s and doctoral degrees, heading doctoral judging panels. His work has been published, featured and used as a scientific reference in various top universities around the world. Prof. Bizreh was married to the late Mariam Skerak, who was a renowned charismatic specialist known among society for her thorough knowledge of English literature and special style in teaching English in urban settings; she once continued her studies at the University of Delaware. He is the proud father of two sons; honors’ graduates and accomplished professionals and students from America’s top Universities. Prof. Bizreh descends from the world famous, Damascus cosmopolitan mercantile center. He was born into one of the most prominent families of this ancient world-heritage-sited city, with a family tree tracing its Semitic roots to thousands of years of human history. He is the son of the late Jamil Bizreh, one of the Mediterranean region’s and Syria’s pioneers in establishing the naturally-preserved food industry. Jamil Bizreh invented a method for producing mono crystals of Sucrose that is still in use till the day. In addition, he invented some of the famous Bizouryyeh sweets that later became regional cuisine traditions alike the Msshabbak, Noue, crystallized sweets and Jams. This background inspired Prof. Bizreh to choose Chemistry as an intriguing field of study and enabled him with a market germane vision that projected the potential of green economic strategies for a sustainable, responsible and balanced development of markets and industries. The potential of producing environmentally friendly products from unused raw materials and industrial wastes is a strategic vision that Prof. Bizreh realized early-on. Dr. Bizreh worked hard for decades and succeeded in reaching innovative scientific research results and industrial applications with a clear vision of the potency of a global preservationist green economic approach on human health, echo systems, and Earth’s delicate chemical balance. It is a vision that foresaw the future early-on and realized the potential of sustainable growth to fulfill the global need for healthy economic cycles. Such economic cycles are capable of successfully meeting the important challenges of the growing population needs, the increasing scarcity of raw materials, and the rise of emerging markets that are projected to develop in the upcoming decades due a combination of factors. The macroeconomic level urgency of developing a strategy for a sustainable world can be attained through the microeconomic level efforts in different societies, communities and individuals’ increased personal and environmental health awareness. Positive signs of that awareness can be seen in the rising trends and tendencies among effective lead markets in major urban centers worldwide to choose healthier and more hip, yet responsible lifestyles that preserve their own health and conserve a healthy earth for their kids and the generations to come.